Connecting Sequenced Gates - HySecurity StrongArm 14F Programming And Operations Manual

**Interlocked Gate type
Primary / Secondary
C
onneCtinG
Sequenced gates are slightly different than dual or interlocked gates. When two gate operators are connected
as sequenced gates, a faster "Traffic Control Gate" operator (i.e. barrier arm or crash wedge) and a slower
"Security Gate" operator (slide, swing, or vertical lift gate) operate in sequence to help prevent tailgating or
unauthorized entry. Both operators open (Security Gate first followed by the Traffic Control Gate) and allow
a vehicle through, but the faster moving Traffic Control Gate closes quickly once its reset/center loop and all
obstruction loops are cleared. Upon reaching its closed limit, the Traffic Control Gate signals the Security Gate
to close. Note that all shared vehicle detector loops must be cleared before the Security Gate closes.
NOTE: An emergency open or close overrides the gate sequencing and acts upon both gates simultaneously.
The Smart Touch Controller (STC) provides the sequenced gate connections and programming features, and
the STC software establishes the communication protocols when wiring the sequenced gate operators. To
learn how to connect the wiring between operators, review the Wire Diagram below.
CAUTION
The operators do not have to be of the same type, but both need to have identical software versions installed on
the Smart Touch Controller. For example, a StrongArmCrash M30 can be sequenced with a StrongArm to provide
both personnel security and crash provisions. The inherent STC software integrates seamlessly between operators
and software protocols and allows RS-485 communication for networked security systems. Refer to Integrating
with Security Systems and HyNet™ Gateway on page 77 for additional information.
NOTICE
Use a 2-pair, twisted, shielded cable with one pair of wires used to connect A-A and B-B terminals
between the two boards. The other pair will connect the Common terminals. The shield should
then be grounded on one end to one of the operators.
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Operator 1 (Primary)
1. Press Next until DG 2 appears on the display.
2. Press Select to establish the operator as
Primary.
s G
equenCed
1. Press Next until DG 1 appears on the display.
2. Press Select to establish the operator as
ates
DRIVE POWER
1
STOP BUTTON
2
OPEN BUTTON
3
CLOSE BUTTON
REMOTE OPEN AND
4
RADIO CONTROL
5
OPEN/CLOSE
6
OPEN PARTIAL
INTERLOCK OPEN
7
TIME CLOCK OPEN
8 FREE EXIT DETECTOR
DISABLE EXIT DETECTOR
9
DISABLE CLOSE TIMER
10 INSIDE OBSTRUCTION
VEHICLE DETECTOR
OUTSIDE OBSTRUCTION
11
VEHICLE DETECTOR
SHADOW/RESET
12
VEHICLE DETECTOR
SENSOR 1
14
SENSOR
COM
15
16
DO NOT USE
17
SENSOR 2
18
DO NOT USE
19
SENSOR 3
20
DO NOT USE
CHARGER
21
AC LOSS
HySecurity
22
LOCK INTERLOCK
MX000585
23
EMERG CLOSE
24
FIRE DEPT OPEN
Smart Touch Controller
LED
LIMIT DUAL GATE
RPM
COM A B COM
Wire Diagram: Sequenced Pair of
Operators wired to DUAL GATE Inputs
StrongArm Programming and Operations
Operator 2 (Secondary)
Secondary.
RS485
1
2
3
4
5
6
7
8
9
10
11
12
14
COM
NO 15
16
17
18
STATUS
19
20
21
22
VERSION
S/N 23
24
RADIO OPTIONS LIMIT
OPEN +24V +24V S1 COM
MX3657-01 Rev. D ©2020
DRIVE POWER RS485
STOP BUTTON
OPEN BUTTON
CLOSE BUTTON
REMOTE OPEN AND
RADIO CONTROL
OPEN/CLOSE
OPEN PARTIAL
INTERLOCK OPEN
TIME CLOCK OPEN
FREE EXIT DETECTOR
DISABLE EXIT DETECTOR
DISABLE CLOSE TIMER
INSIDE OBSTRUCTION
VEHICLE DETECTOR
OUTSIDE OBSTRUCTION
VEHICLE DETECTOR
SHADOW/RESET
VEHICLE DETECTOR
SENSOR 1
COM
SENSOR
COM
NO
DO NOT USE
SENSOR 2
DO NOT USE
STATUS
SENSOR 3
DO NOT USE
CHARGER
AC LOSS
HySecurity
LOCK INTERLOCK
MX000585
VERSION
S/N
EMERG CLOSE
FIRE DEPT OPEN
Smart Touch Controller
LED
DUAL GATE RADIO OPTIONS
RPM
COM A B COM OPEN +24V +24V S1 COM